| Document Date: 2008-10-26 12:55:11
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City Palo Alto / T RANSITION / New York / / Company Cambridge University Press / MIT Press / Tioga Publishing Company / Authorized / bottom- 2148 Authorized / / Country France / / Currency USD / / / Event FDA Phase / / Facility Iowa State University / / IndustryTerm active site / search process / rough terrain applications / search progresses / equal mechanical energy / path planning software / robot systems / molecular energy landscapes / post processing / respective computing times / manufacturing / computational biology applications / energy landscapes / graph search algorithms / low cost search / possible applications / search space / energy / / Organization Cambridge University / MIT / Iowa State University / / Person Juan Cort / Thierry Sim´eon / / Position RRT-Connect planner / Executive / proposed planner / RANSITION - BASED RRT A. General / planner / T-RRT planner / / Product T-RRT solution / RRT solution / / ProgrammingLanguage R / / Technology minimal Algorithm / T-RRT algorithms / Transition-based RRT algorithm / RRT-like algorithms / molecular modeling / artificial intelligence / A∗ algorithm / basic Extend-RRT algorithm / basic RRT algorithm / 148 processor / classical RRT algorithm / graph search algorithms / T-RRT algorithm / Simulation / animation / classic RRT algorithm / RRT algorithm / TRRT algorithm / computed using the A∗ algorithm / /
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Transition-Based RRT for Path Planning in Continuous Cost Spaces